As far as matching models are concerned, the most recent papers that study multi-matching environments  with more specific results are [1]} and [2]},  concentrating on the presence of externalities, and [3]},  with the focus on the effects of agents' specific preferences.
With respect to network formation models, we generalize pair-wise stability (see [4]}) and strong stability ([5]}) to a more general setting of resource-constrained team formation.
The constraint imposed on our agents by a fixed time resource has been modeled in network formation models, e.g., by [6]}.
On the other hand, the constraints imposed by the technology can be related to many aspects introduced in the network formation literature:
constraints may be due to homophily (see [7]}), because only similar agents may be able to form a team together;
or they may be related to an exogenous network of opportunities, because only linked agents have the opportunity to match (on this, we are aware only of [8]});
or they may be imposed by complementary exogenous skills that need to be matched together (see, e.g., [9]}).
